Floating Solar PV (Floatovoltaics) is one of the fastest-growing frontiers of renewable energy, offering a sustainable and space-efficient alternative to land-based solar power plants. This course is designed to provide learners with end-to-end knowledge of floating solar systems—from fundamental concepts to design, construction, commissioning, and operation & maintenance.

With detailed case studies, global scenarios, technical design principles, and practical applications, this program is crafted for students, engineers, researchers, and professionals who want to build a career in the emerging FPV (Floating Photovoltaics) sector.

You will gain insights into design optimization, mooring & anchoring techniques, floating platforms, risk assessment, environmental impacts, and O&M strategies to ensure safe and efficient plant operation.

Prerequisites

• Basic knowledge of solar PV technology.

• Familiarity with electrical systems (DC/AC basics, inverters, cabling).

• Enthusiasm to explore innovative renewable energy solutions.
  (No advanced technical expertise required; everything is explained step by step).

Target Audience

• Engineering students (Mechanical, Electrical, Renewable, Civil).

• Solar energy professionals & consultants.

• EPC contractors & developers.

• Environmental engineers & researchers.

• Entrepreneurs exploring floating solar projects.

• Policy makers, energy planners & sustainability officers.

Benefits of Taking This Course

• Learn global practices and the latest floating solar trends.

• Gain practical knowledge of FPV design & construction.

• Understand risk assessment, safety, and environmental aspects.

• Explore anchoring & mooring systems in detail with real examples.

• Develop expertise in operation, maintenance, and troubleshooting.

• Be prepared for career opportunities in a booming renewable sector.

Career Opportunities

After completing this course, learners will be able to work as:

• Solar Project Engineer (specializing in FPV).

• Design & Installation Engineer for floating solar plants.

• Renewable Energy Consultant for hybrid/FPV projects.

• O&M Manager for floating PV projects.

• Project Planner / EPC Professional in solar companies.

• Sustainability & Energy Analyst in corporates or government.

With global demand for FPV growing rapidly, skilled professionals will have lucrative opportunities in India and abroad.

Learning Outcomes

By the end of this course, you will:

1. Understand fundamentals of Floatovoltaics and their global importance.

2. Differentiate between floating vs. land-based PV systems.

3. Learn about types of floating platforms, anchoring & mooring systems.

4. Master the design process of a floating solar power plant.

5. Calculate energy yield estimation and understand cost breakdown.

6. Identify failure modes and mitigation strategies for FPV modules.

7. Understand environmental, social & risk management aspects.

8. Explore construction methods, commissioning, and procurement checklists.

9. Learn about safety, grounding, lightning protection & cable management.

10. Develop expertise in operation & maintenance of floating solar plants.

Lesson Outcomes

Each lesson is designed to deliver practical, industry-relevant outcomes:

• Lesson 1–3: Basics of Floatovoltaics, benefits & comparison with land PV.

• Lesson 4–10: Global context, types of floating platforms, investment & costs.

• Lesson 11–20: Anchoring, mooring systems & their long-term durability.

• Lesson 21–30: Risk assessment, environmental aspects, permitting & safety.

• Lesson 31–40: Construction sequences, launching methods, cable routing.

• Lesson 41–50: Testing, commissioning & acceptance tests.

• Lesson 51–60: O&M strategies, preventive/predictive maintenance, biofouling, wildlife impact, buoyancy management.

• Lesson 61–70: Economics of floating solar plants, risk analysis, career opportunities.

Why This Course?

Floating solar is expected to be one of the largest contributors to renewable energy capacity in the coming decade. With India, China, Japan, and Europe leading the way, the sector needs trained professionals who understand both the technical and environmental aspects of FPV projects.

This course will make you industry-ready and open doors to new-age renewable energy careers.

In this course you will learn the variety of points regarding solar Floatovoltaics as fallows:

• Introduction to Floatovoltaics//Floating Solar Plant

• Benefits of Installing the Solar Floatovoltaics

• Floating and land-based photovoltaic systems: A comparison

• Major components of floating solar PV

• Floatovoltaics at Global Context

• Global Scenario of Floating Solar Installations

• Top 5 leading countries in Floating Solar Installations

• Global investment cost for floating solar PV plants

• Cost break up for floating solar PV plants

• Different Types of Floating Platforms used in Floating Solar Plant

• Hydrelio design

• Sumitomo Mitsui Construction Co. Ltd. design

• Seahorse technology (Yellow Tropus Pvt Ltd.)

• Stingray Technology

• Pontoon + metal structures design

• Anchoring and Mooring System in Floating Solar Plant

• Introduction to Anchoring and Mooring System

• Bank Anchoring Mooring System

• Underwater Anchoring Mooring System

• Piles Mooring and Concrete sinkers

• Important Aspects of Anchoring Mooring system in Solar Floatovoltaics

• Force Diagram of mooring system in Floatovoltaics

• Long-term durability of Mooring Line

• Connection of Mooring line to Floating Platform

• Accommodation of water level variations in anchoring and mooring system

• Potentially accelerated FPV module failure modes and mitigation strategies

• Designs for better wind resistance in Floating Solar Plant

• Testing standards for floating PV modules

• Potentially accelerated FPV module failure modes and mitigation strategies

• Cable management on water

• Grounding in Floating Solar Plant

• Earthing in Floatovoltaics

• Lightning protection system

• Equipotential bonding in FPV Projects

• AC Surge Protection Device in FPV Projects

• Short Circuit Risk in FPV Plant

• Checklists for FPV Plant design

• Due Diligence in Risk Assessment in Floating Solar Plant

• Additional risk factors for FPV project, by type, compared to any PV project

• Jurisdictions requirements for licenses, permits, and authorization

• Permitting and Access

• Environmental health and safety

• Meteorological aspect and Water Aspects for Floatovoltaics

• Environmental and Social Management Plan

• Floating and land-based photovoltaic systems: A comparison of construction phase

• Construction activities in Floatovoltaics Projects

• Managing construction activities

• Two ways to assemble & launch floating PV structures: on a ramp or in the water

• Construction sequence of Floating pipes and metal structure

• Construction sequence of Pure plastic floats

• Construction sequence of Individual floats with metal structure

• Floating structure types and their main construction differences

• Management of cable routing

• Management of cable routing over Water body

• Anchoring and mooring deployment

• Testing and Commissioning of Floating Solar Plant

• Procurement and construction checklist

• Field Testing And Commissioning

• Solar PV modules and inverters

• Floats and anchoring

• Safety labelling

• Surge/lightning protection

• DC electrical system

• AC electrical system

• Acceptance tests

• Operation and Maintenance in Floatovoltaics System

• Preventive maintenance

• Corrective, reactive, or unscheduled maintenance

• Predictive maintenance

• PV system monitoring

• PV module maintenance

• Solar module maintenance plan

• Replacement of a damaged solar module

• Biofouling at Floats and mounting structures

• How to prevent the Bio-fouling

• Buoyancy and structural integrity

• Floats and mounting structure maintenance plan

• Maintenance of Mooring lines and anchoring systems

• Anchoring and mooring system maintenance plan

• Inverter Maintenance

• Inverter inspection plan

• Cables Maintenance in Floatovoltaics

• Connectors and cables inspection plan

• Junction box inspection plan

• Earthing and equipotential bonding

• Earthing and equipotential bonding inspection plan

• Risks posed by wildlife in Floating Solar Plant

• Costs of Floating Solar Plant